Datasheet

Conclusion
The Model DMM7510 7½-Digit Graphical Sampling Multimeter
broadens the utility of a traditional DMM toapplications such as
capturing a wide range of dynamic voltage and current signals on
power supplies. You can view, analyze and interact directly with
waveforms right on the front panel display. It is compact, simple
to set up, and the perfect next-generation bench instrument for
research and development.
Command Description
*RST
• Reset the Model DMM7510.
:SENS:DIG:FU NC "VOLT"
• Set the instrument to measure digitize voltage.
:SENS:DIG:VOLT:RA NG 10
• Set range to 10V.
:SENS:DIG:VOLT:INP AUTO
• Set the input impedance to 10GΩ at 10V.
:SE NS:DIG:VOLT:SR ATE 1e6
• Set the sample rate to 1,000,000.
:SENS:DIG:VOLT:APER AUTO
• Enable automatic aperture.
:SENS:DIG:COU N 1
• Set the sample count to 1 (optional).
:TRAC:POIN 10000
• Set defbuffer1 to store 10,000 points.
:T R AC:C LE
• Clear def b uffer1.
:SENS:DIG:VOLT:ATR:MODE EDGE
• Enable analog edge trigger.
:SE NS:DIG:VOLT:AT R:ED GE:SLOPe RIS
• Set the edge trigger to rising slope.
:SENS:DIG:VOLT:ATR:EDGE:LEV 3
• Set the edge trigger level to 3V.
:TRIG:BLOC:DIG 1, "defbufferl", INF
• Set up a trigger model that digitizes voltage indefinitely while
waiting for the edge trigger event and digitizes 50% post
trigger readings.
:TRIG:BLOC:WAIT.2, ATR
:TRIG:BLOC:DIG 3, "defbufferl", 5000 INIT
• Start the trigger model.
*WAI
• Wait for the trigger model to complete.
:TRAC:DATA? 1, 100, "defbufferl", READ
• Retrieve the readings from the buffer.
:TRAC:DATA? 1, 100, "defbufferl", REL
• Retrieve the relative timestamps from thebuffer.
Figure 6d. Reading tables for input current and output voltage.
Appendix
Setting Up the Voltage Power-up Measurement Using SCPI commands
The following SCPI command sequence performs the power-up measurement by configuring the sample rate to 1MS/s, the analog
rising edge trigger level to 3V, and the buffer size to 10,000 readings using the digitize voltage function on the Model DMM7510. The
waveforms produced will be similar to those shown in Figures 2, 3 or 4 , depending on the physical setup.